| Title | Researchers Illuminate the Path to a New Era of Microelectronics | |
| Date | Monday April 23 2018, @05:18PM | |
| Author | chromas | |
| Topic | ||
| from the lit-bits dept. | ||
A new microchip technology capable of optically transferring data could solve a severe bottleneck in current devices by speeding data transfer and reducing energy consumption by orders of magnitude, according to an article published in the April 19, 2018 issue of Nature.
Researchers from Boston University, Massachusetts Institute of Technology, the University of California Berkeley and University of Colorado Boulder have developed a method to fabricate silicon chips that can communicate with light and are no more expensive than current chip technology.
The electrical signaling bottleneck between current microelectronic chips has left light communication as one of the only options left for further technological progress. The traditional method of data transfer–electrical wires–has a limit on how fast and how far it can transfer data. It also uses a lot of power and generates heat. With the relentless demand for higher performance and lower power in electronics, these limits have been reached. But with this new development, that bottleneck can be solved.
"Instead of a single wire carrying around 10 gigabits per second, you can have a single optical fiber carrying 10 to 20 terabits per second—so a thousand times more in the same footprint," says Assistant Professor Milos Popovic (ECE), one of the principal investigators of the study, whose team was previously at University of Colorado Boulder where part of the work was done.
"If you replace a wire with an optical fiber, there are two ways you win," he says. "First, with light, you can send data at much higher frequencies without significant loss of energy as there is with copper wiring. Second, with optics, you can use many different colors of light in one fiber and each one can carry a data channel. The fibers can also be packed more closely together than copper wires can without crosstalk."
Source: http://www.bu.edu/eng/2018/04/18/a-new-era-of-microelectronics/
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